RSF1FT10K0

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Through Hole Resistors

The RSF1FT10K0 is an example of a through hole resistor from the Vishay family of components, designed to provide superior electrical performance in applications involving high-voltage and low-resistance values. To this end, the component utilizes its thick-film resistive element to create a low-impedance, precision resistor, suitable for a variety of circuit designs.

The resistor is provided in a transistor-like TO-251 package configuration, with pin spacing of 3.8 mm. The body of the component is made out of metalized polyester, with a nickel or silver epoxy coating applied to prevent corrosion and ensure longer-term performance. With the number and spacing of pins, the RSF1FT10K0 allows for the insertion into a printed-circuit board, manually or through automated equipment. The RSF1FT10K0 resistor also features improved solderability and resistance to extreme temperatures and physical loads.

The industrial applications of the RSF1FT10K0 through-hole resistor is relatively broad, with a range of uses that include electric devices, consumer electronics, automotive systems and industrial and medical instrumentation. The amount of voltage and resistance the RSF1FT10K0 component can take are dependent on the exact model, with values ranging anywhere from one volt and two kiloohms up to ten kiloohms and three hundred volts.

At its heart, the RSF1FT10K0 through-hole resistor utilizes a standard thick-film construction. This allows for the resistor element to be constructed directly onto a substrate, with a comb-like pattern of resistive elements mounted on top. The element itself is made of semiconductor materials such as zirconium or titanium oxide. The resistive elements are then connected by means of an internal conductor wire to terminals located at either end.

The external design of the RSF1FT10K0 through-hole resistor features a two-piece ceramic body, with one side designed to mount the resistive element and the other side featuring a glass passivation layer. This provides greater protection against corrosion, ensuring that the RSF1FT10K0 component is able to sustain electrical performance over time. The resistive elements are then mounted directly onto the metal portion of the two-piece body, allowing for the easy insertion into a printed circuit board.

The RSF1FT10K0 through-hole resistor utilizes a reliable and proven principle; that of a resistive element creating electrical resistance in direct proportion to the value of the component. In this case, the resistive element of the RSF1FT10K0 is constructed from an electrical resistor material of specific resistivity, and this combined with the voltage applied to the component allows for the exact current flow to be precisely determined.

The RSF1FT10K0 through-hole resistor is a reliable and dependable component, which has been designed to perform consistently under a variety of conditions. With its robust construction and thick-film resistive element, the component provides superior electrical performance in a range of applications.

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